High-quality, eco-friendly fabrics ensure longevity and sustainability.
Choose colors, patterns, and monograms to match your unique style.
Custom compartments, straps, and sizes tailored to your travel needs.
Designed for ease of use without compromising on aesthetics.
Perfect for weekend getaways or long trips, combining fashion and functionality.
Sustainable Materials: Made from recycled or eco-friendly fabrics, reducing environmental impact.
Durable Design: Built to last, minimizing the need for frequent replacements and waste.
Custom Fit: Tailored to your needs, ensuring efficient use of space and resources.
Timeless Style: Unique designs discourage fast fashion trends, promoting mindful consumption.
Custom travel bags combine practicality with eco-consciousness, making them the ideal choice for responsible travelers.
As a professional travel bag manufacturer, Maoze offers two primary high-performance fabrics for OEM/ODM projects. While both materials are water-resistant and durable, their technical specifications cater to different market segments—from rugged business luggage to lightweight sports gear.
| Custom Feature | Oxford Cloth Travel Bag | Nylon Sport Travel Bag |
| Material Density | 600D, 900D, 1680D Oxford | High-Density Ripstop Nylon |
| Texture & Finish | Classic matte texture, heavy-duty feel | High-gloss, smooth, and modern look |
| Key Advantage | Extreme abrasion resistance | Ultra-lightweight & superior waterproof |
| Custom Features | Shoe compartment, wet/dry separation | Padded laptop sleeve, USB charging port |
| Best For | Business travel, rugged outdoor use | Gym, sports teams, weekend getaways |
| MOQ (Wholesale) | 500 - 1,000 PCS | 500 - 1,000 PCS |
| Logo Method | Embroidery, Leather Patch | Silk-screen, Heat Transfer, Rubber Logo |
Whether you need the rugged durability of Oxford cloth for industrial-grade luggage or the sleek, waterproof versatility of Nylon for a promotional fitness campaign, our production line is equipped to handle high-volume OEM requirements with precision stitching and reinforced stress points.